The invention is a forever stem pen and holder combination, apparatus, method, and a process thereof, and more particularly directed to a stem pen having a means to hold a natural preserved flower at a first end, and having a writing instrument at the second end. The natural preserved flower, such as, for example, a rose, where a natural or glycerin preserved rose or flower in a blooming state could be securely held for a longer period of time, such as, for example, longer than its natural decay or wilting time using the inventive stem. The forever stem pen could also be provided with at least one reservoir to accommodate at least one scented oil, which extends the fragrance capabilities of the natural preserved flower. The forever stem pen could also be provided with at least one slide resistance area or finger gripping area.

The invention is a forever stem pen and holder combination, apparatus, method, and a process thereof, and more particularly directed to a stem pen having a means to hold a natural preserved flower at a first end, and having a writing instrument at the second end. The natural preserved flower, such as, for example, a rose, where a natural or glycerin preserved rose or flower in a blooming state could be securely held for a longer period of time, such as, for example, longer than its natural decay or wilting time using the inventive stem. The forever stem pen could also be provided with at least one reservoir to accommodate at least one scented oil, which extends the fragrance capabilities of the natural preserved flower. The forever stem pen could also be provided with at least one slide resistance area or finger gripping area.

A system for preserving cut-flowers using an atmospheric pressure plasma generator according to an embodiment of the present application includes a container that preserves cut-flowers, an air filter that extracts at least some of moisture contained in air in the container and discharges the same, an air compressor that generates compressed air from the air from which the at least some of the moisture was removed by the air filter, and a plasma generator that generates active species through plasma discharge using the compressed air generated from the air compressor as a plasma discharge gas.

A system for preserving cut-flowers using an atmospheric pressure plasma generator according to an embodiment of the present application includes a container that preserves cut-flowers, an air filter that extracts at least some of moisture contained in air in the container and discharges the same, an air compressor that generates compressed air from the air from which the at least some of the moisture was removed by the air filter, and a plasma generator that generates active species through plasma discharge using the compressed air generated from the air compressor as a plasma discharge gas.

A plant transportation system includes a vase and a sealant receptacle. The vase includes a mouth, a throat, and a reservoir. The sealant receptacle is housed in the throat. The sealant receptacle is configured to allow a defined amount of stems therethrough, and includes a cover extending across the throat, a base extending across the throat behind the cover, and a sidewall extending behind the cover to the base. The cover defines at least one cover-side stem aperture, the base defines at least one base-side stem aperture, and the sidewall closes the sealant receptacle from the side. The at least one cover-side stem aperture is similarly sized to the defined amount of stems, and the at least one base-side stem aperture is similarly sized to the defined amount of stems.

A horticultural cut flower container assembly having a triangular shaped piece of flexible foam material with the ends of the triangular shaped foam material being adapted to be folded over the stem ends of a bunch of cut flowers. An elastic band is placed over the folded foam material to hold foam material in a folded configuration and an outer plastic bag is placed over the folded foam material and stem ends.

A floral structure includes: a shaped backing defining a mounting surface having a perimeter, the mounting surface configured to receive a plurality of floral supports bearing respective flowers; and a frame affixed to the shaped backing and surrounding the perimeter of the mounting surface, the frame configured to (i) form an open cavity adjacent to the mounting surface, and (ii) support the shaped backing in a free-standing arrangement relative to a surface.

A floral structure includes: a shaped backing defining a mounting surface having a perimeter, the mounting surface configured to receive a plurality of floral supports bearing respective flowers; and a frame affixed to the shaped backing and surrounding the perimeter of the mounting surface, the frame configured to (i) form an open cavity adjacent to the mounting surface, and (ii) support the shaped backing in a free-standing arrangement relative to a surface.

A binding wrap for maintaining the hydration of cut flowers is disclosed. The wrap is formed by folding a flexible, absorbent sheet over and around the stems of cut flowers. An assembly of a bouquet of cut flowers with a flexible, absorbent binding wrap folded around its stems is also disclosed as is a method of forming such a wrap.

A binding wrap for maintaining the hydration of cut flowers is disclosed. The wrap is formed by folding a flexible, absorbent sheet over and around the stems of cut flowers. An assembly of a bouquet of cut flowers with a flexible, absorbent binding wrap folded around its stems is also disclosed as is a method of forming such a wrap.